KR101127496B1 - Distance measuring apparatus connected grip of putter - Google Patents

Abstract

PURPOSE: A distance meter is provided to simply measure a distance without an error, to facilitate the carrying thereof, and to reduce the cost thereof. CONSTITUTION: A distance meter comprises a case, a caster(7), a power transmission gear(9), an interlinking gear(13), a distance counter gear bundle, a counter initialization part, and a putter grip part. The case is equipped with two extension brackets. The caster is arranged between wheel rotation shaft extension brackets and rotates with a wheel rotation shaft. The power transmission gear is axis-rotated with the wheel rotation shaft. The interlinking gear transfers the torque delivered from the power transmission gear to the distance counter gear bundle.

Description

Distance Measuring Apparatus Connected Grip of Putter

The present invention relates to a range finder coupled to a putter, and more specifically, to secure the present invention to the putter handle and rolling the rolling wheel provided in the present invention in contact with the ground and then rolling, It relates to a distance meter which is coupled to a putter so that the distance the wheel is rolled is displayed.

In general, the golfer's standing position in golf is called the tee ground, and the hole cup's hole cup is located in the green.

The green refers to the area where the hole is located, and the putting of the golf ball into the hole cup in the green is called putting. In this case, the putter used on the green has a structure suitable for a short distance. Its shape is different from the golf club to fly and usually takes an extremely simple structure.

The golf ball goes up to the green in one shot from the tee ground, and the putting of two golf balls is called a par three (hereinafter referred to as P3), and usually corresponds to a short distance within 200 yards.

On the other hand, at a distance of 300.400 yards, putting two putts on the green from the tee ground in two shots is called a par 4 (hereinafter referred to as P4).

On the other hand, the goal of the shot is the accuracy of the golfer's shot to ensure that the golf ball flies properly and lands on the green and falls close to the hole cup. For this purpose, the shot distance from the tee ground where the golf ball is located to the flagpole of the green where the hole cup is located It should be measurable.

Therefore, in order to inform golfers indirectly of the shot distance, distance indicators are displayed at a distance of 100 yards from the green and 150 yards or 200 yards away.

However, in the green, it is difficult to determine the exact distance from the hole to the position of the hole after the green by moving the hole position up, down, left and right according to the game. Therefore, whenever the golfer shots the golf ball, the shot distance from the golf ball to the hole Since you can't take shots with a ruler, the accuracy of the golf ball shot into the hole cup is reduced.

That is, in golf, it is important to know the distance between the golf ball and the hole cup, but since it depends only on the senses of the person, especially beginners and intermediates cannot measure the exact distance, so you can measure the distance with your foot on the green or ask the caddy the distance. It was confirmed, but there was an incorrect and inconvenient problem.

In order to solve the above problems, the golfer uses a GPS (Global Positioning System) or a laser or ultrasound to measure the distance from the golf ball to the flagpole inserted next to the hole before the golf ball is shot. Although it is expensive and there is an error, using RF (Radio Frequence) has to deal with a high frequency (GHz range), so the error is large and expensive, and generally a laser range finder shoots a laser at a target to measure a distance It is a device that measures the time when the laser is reflected back to the target and then converts the time into a distance so that the viewer can visually judge. When putting, the flagpole must be removed. Difficult to carry, and the range finder is inconvenient to carry due to the large volume of the equipment. It requires sophisticated measurement and time to be set, and it is difficult to generalize because of the high price of the equipment.

Accordingly, an object of the present invention is to provide a distance measurer coupled to a putter to easily measure the distance from the golf ball to the hole cup without error in order to solve the problems presented above.

It is also an object of the present invention to provide a range finder coupled to a putter that is easy to carry and inexpensive.

The distance measurer coupled to the putter according to the present invention for achieving the above object is a case having two extension brackets extending side by side, and disposed between the extension brackets and both ends are fixed to each extension bracket A wheel rotation shaft, a cloud wheel disposed between the extension brackets and penetrated by the wheel rotation shaft, the rolling wheel rotated together with the wheel rotation shaft, and a power transmission gear rotated together with the wheel rotation shaft in the fitted state to the wheel rotation shaft, the case Interlocking gear for transmitting the rotational force transmitted from the power transmission gear in the state inserted into the distance counter gear bundle, two or more toothed gear driven in engagement with the linking gear in the case inserted into the case and 0 to 9 on the outer peripheral surface Engage two or more numbered cogwheels with numbers, and then Distance counter gear pack that measures and displays the distance the rolling wheel rotates in real time by using the gear ratio between gears, and the numeric display gear is returned to the initial '0' state when the recovery switch exposed outside the case is pressed. A counter reset unit for restoring, and a putter gripping portion fixedly coupled to the case and fitted with a putter handle.

According to the range finder coupled to the putter of the present invention, golfers measure the distance from the golf ball to the hole cup without the need for radio waves or light reflection without checking the distance by measuring the distance or asking the caddy with the foot on the green If you push the range finder, you can know the distance to the hole cup accurately and easily, and you can use it conveniently by inserting it into the grip part of the putter only when you need to measure the distance.

1 is a view for explaining a first embodiment of the present invention coupled to the putter handle,
Figure 2 is a view for explaining a distance counter gear bundle provided in the present invention,
3 is a view for explaining the first protrusion bar to the third protrusion bar,
4 is a view for explaining the first connecting arm, the second connecting arm and the connecting bar;
5 is a view for explaining the tension lip,
6 is a view for explaining the first recovery plate to the fourth recovery plate,
7 to 8 are views for explaining the first embodiment of the putter holding part,
9 to 10 are views for explaining a second embodiment of the putter holding part,
11 is a view showing a state in which a putter handle is mounted in the second embodiment of the putter gripper;

Hereinafter, with reference to the accompanying drawings will be described in detail the present invention.

The distance measurer coupled to the putter according to the present invention, as shown in Figure 1, between the case (1) having two extension brackets (3a, 3b) extending side by side, and between the extension brackets (3a, 3b) The wheel rotation shaft 5 disposed between the wheel rotation shaft 5 and the end brackets 3a and 3b, which are disposed between the extension brackets 3a and 3b and penetrated by the wheel rotation shaft 5; 5) the rolling wheel (7) rotated together with, the power transmission gear (9) which is rotated with the wheel rotating shaft (5) in the state coupled to the wheel rotating shaft (5), inserted into the case (1) In the interlocking gear 13 for transmitting the rotational force transmitted from the power transmission gear 9 to the distance counter gear bundle 11, two driven in conjunction with the interlocking gear 13 in the state inserted into the case (1) At least two cog gears with numbers 0 to 9 on the outer circumference A number of gear counters (11) for restoring outside of the case (1), in which the numbered gears are engaged with each other and then the real time measurement and display of the distance rotated by the rolling wheels (7) using the gear ratio between the gears When the switch 15 is pressed, the counter initialization unit for restoring the number display gear to the original '0' state, and the putter gripping unit which is fixedly coupled to the case 1 and fitted with the putter handle 19 ( 21).

As shown in FIGS. 2 to 3, the distance counter gear bundle 11 includes a base plate 23 and a left side that extends side by side in the vertical direction of the base plate 23 from both side surfaces of the base plate 23. It is disposed between the right support plate (25, 27), the left support plate 25 and the right support plate 27, both ends are fixedly coupled to the left support plate 25 and the right support plate 27, respectively, one end of the left support plate The upper rotary shaft 29 protruding out of the 25 or the right support plate 27, the left support plate 25 and the right support plate 27, and both ends thereof are provided on the left support plate 25 and the right support plate 27, respectively. Fixed to the fixed shaft 31 spaced apart from the upper rotary shaft 29 at a predetermined height, and is fitted to either end of the upper rotary shaft 29 protruding out of the left support plate 25 or the right support plate 27. The upper rotary shaft 29 in engagement with the interlocking gear 13 in a state; Rotates together with the upper rotary shaft 29 when the upper rotary shaft 29 is rotated by the first upper tooth gear 33 to rotate, and the first upper tooth gear 33 in a state of being fitted to the upper rotary shaft 29. A second upper tooth gear 35 is provided.

Also, as shown in FIGS. 2 to 3, the distance counter gear bundle 11 is first lower toothed gear that is penetrated by the fixed shaft 31 and rotates in engagement with a second upper toothed gear 35. (37) and the toothed gear formed on one side of the upper rotary shaft 29 and facing the second upper toothed gear 35 are engaged with the first lower toothed gear 37 to measure the distance in units of 1 cm. The first protruding bar which extends side by side in an 11-character shape from the other side of the one-digit numeric display gear 39 and the one-digit numerical display gear 39 that does not face the second upper tooth gear 35. 41) a second lower tooth gear 43 which is coupled through the fixed shaft 31 and rotates when the one-digit numeric display gear 39 is engaged with the first protruding bar 41 by one turn; A number unit cog inserted into the upper rotary shaft 29 The toothed gear formed on one side facing the fish 39 is interlocked with the second lower toothed gear 43 and the number is displayed from 0 to 9 on the outer circumferential surface and the tenth numbered toothed gear displaying the distance in units of 10 cm ( 45) more.

In addition, the distance counter gear bundle 11 is 11 from the other side of the ten-digit numeric display toothed gear 45 not facing the one-digit numeric display toothed gear 39 as shown in FIGS. The second protrusion bar 47 extending side by side in the shape of a child and through the fixed shaft 31 are coupled to each other and the ten-digit numeric gear 45 is rotated once to engage the second protrusion bar 47. The third lower tooth gear 49, which is rotated at the time, is fitted to the upper rotary shaft 29, and the tooth gear formed at one side facing the ten-digit numerical display tooth gear 45 is engaged with the third lower tooth gear 49 100 unit number display gear (51) and 100 unit number display gear (45) that do not face the gear unit (10) 11 characters from the other side of 51) The third protrusion bar 53 which extends in parallel to the third protrusion bar 53, is penetrated by the fixed shaft 31, and rotates when the numbered toothed gear 51 is engaged with the third protrusion bar 53 by one turn. The fourth lower gear gear 55 and the tooth gear fitted to the upper rotary shaft 29 and formed on one side facing the hundred unit numeral display gear gear 51 interlock with the fourth lower gear gear 55 to interlock with each other. The outer peripheral surface further includes a number toothed gear 57, which is displayed on the outer circumferential surface and displays a distance in units of 1000 cm.

Referring to Figures 2 to 3 the process of operating the distance counter gear bunch 11 made of the above structure is as follows.

First, when the first upper tooth gear 33 is rotated by the interlocking gear 13 engaged, the upper rotary shaft 29 and the second upper tooth gear 35 integrally coupled with the first upper tooth gear 33. Is rotated.

At this time, the one-digit numeric display gear 39 and the ten-digit numeric display gear 45, the hundred-digit numeric display gear 51, and the thousand-dimensional numerical display tooth gear 57 is the first lower gear ( 37) and the fourth lower tooth gear 55 is engaged with the upper rotary shaft 29, so as to engage.

Meanwhile, when the second upper tooth gear 35 is rotated, the first lower tooth gear 37 meshed with the second upper tooth gear 35 is rotated, and the first lower tooth gear 37 is a unit of work. The numeric display gear gear 39 is rotated.

At this time, the first protruding bar 41 additionally installed in the daily unit number display cogwheel 39 is formed when the daily unit number display cogwheel 39 rotates exactly one turn, that is, when the counter is completed from 0 to 9. 2 Rotate the lower cogwheel gear 43 one step to rotate the ten-digit numeric display cogwheel 45 meshed with the second lower cogwheel gear 43 to the '1' mark position when one step, ie, '0' is displayed. Let's do it.

In addition, in the same manner as described above, the hundredth-numbered toothed gear 51 is a step (from 0 to 9) when the tenth-numbered toothed gear 45 is rotated one round (the value of 1 being added to the current displayed number). The numbered toothed gear 57 is rotated and the rolling wheel is rotated one step (from 0 to 9) when the numbered toothed gear 51 is rotated one hundred (from 0 to 9). (7) displays the moved distance in real time.

As shown in FIG. 2 and FIGS. 4 to 6, the counter initialization unit is coupled to a rail 59 to the left support plate 25 facing the thousands-numbered toothed gear 57. The recovery switch 15 which is raised and lowered in the downward direction, the upper surface protrudes out of the case 1, and the lower surface is in contact with the fixed shaft 31, and one side of the recovery switch 15 is the recovery switch 15. Long hole 63 through which the upper rotating shaft 29 is fitted, the one end and the other end of which are in contact with the base plate 23 and the fixed shaft 31, respectively, and the central shaft is fixed to the left support plate 25. Height of the left support plate 25 and the right support plate 27 on the inner side surfaces of the torsion spring 65 and the left support plate 25 and the right support plate 27 which elastically push up the fixed shaft 31 in the closed state. Incline in the direction to slide both ends of the fixed shaft 31 Guide grooves (67a, 67b) to ride, the joint bar 69 is rotated while being arranged side by side with the fixed shaft 31, both ends are fixed to the left support plate 25 and the right support plate 27, And a first connection arm 71 having one end fixedly coupled to one end of the joint bar 69 and the other end fitted to the fixed shaft 31.

In addition, the counter initialization unit as shown in Figure 2 and 4 to 6, the second connection arm having one end fixedly coupled to the other end of the joint bar 69 and the other end is fitted to the fixed shaft 31 ( 73) and a first rectangular parallelepiped bar 75 (Bar) having a rectangular parallelepiped projecting from the first lower toothed gear 37 in the direction of the second lower toothed gear 43 and penetrated by the fixed shaft 31; A second rectangular parallelepiped bar 77 bar protruding from the second lower tooth gear 43 in the direction of the first lower tooth gear 37 and penetrated by the fixed shaft 31, and the third lower portion. A third rectangular parallelepiped bar 79 bar protruding from the tooth gear 49 in the direction of the second lower tooth gear 43 and penetrated by the fixed shaft 31, and the fourth lower tooth gear 55 Is a rectangular parallelepiped projecting in the direction of the third lower gear 49 from the through and fixed by the fixed shaft 31. Fourth rectangular parallelepiped bar 81 (bar), and one end is fixed to the base plate 23, the other end is the first rectangular parallelepiped bar 75 (bar) or the second rectangular parallelepiped bar 77, the third rectangular parallelepiped It is in contact with the bottom of the bar (79) or the fourth rectangular bar 81, and has elasticity to move the first rectangular bar 75 to the fourth rectangular bar 81 in the direction of the upper axis of rotation (29) It further comprises a tension lip 83 (rib) to push up.

In addition, the counter initialization unit is a first dome shape which is penetrated by the upper rotating shaft 29 and protruded from the one-digit numeral display gear gear 39 in the direction of the second upper gear gear 35 in one side. A recovery plate 85 is formed in a dome shape, which is penetrated by the upper rotating shaft 29 and protrudes from the ten-digit numeral display tooth gear 45 in the direction of the one-digit numeral display tooth gear 39. The second recovery plate 87 is penetrated by the upper rotary shaft 29 in a state of protruding from the number unit gear display 51 in the direction of the number unit gear display 45 in the form of a dome in which one side is flat. The third recovery plate 89 is made to penetrate by the upper rotary shaft 29 in a state of protruding from the thousandth numbered toothed gear 57 toward the hundredth numbered toothed gear 51. A fourth recovery plate 91 having a flat dome shape on one side thereof, and an upper edge facing the upper rotational axis 29 standing upright in the vertical direction of the joint bar 69 from an upper end of the joint bar 69. It further comprises a recovery lever 93 in the form and abuts the first recovery plate 85 to the fourth recovery plate 91 when the recovery switch 15 is pressed.

Referring to FIGS. 2 to 6, a process of operating the counter initialization unit having the above structure will be described below.

First, when the recovery switch 15 is pressed to initialize the one-digit number display gear 39 to one thousand number display tooth gear 57, the recovery switch 15 is lowered and the fixed shaft 31 is pressed. do.

At this time, the fixed shaft 31 is lowered along the guide grooves 67a and 67b by being pressed by the recovery switch 15, and the first connecting arm 71 and the second connecting arm fixed to the fixed shaft 31 73 is lowered along the fixed shaft 31.

In this case, the first connecting arm 71 and the second connecting arm 73 are lowered while the fixed shaft 31 is horizontal, and the lowered fixed shaft 31 is the first lower gear 37. The fourth to fourth gear gears 55 are separated from the one-digit numerical gear tooth gear 39 and the one- thousands numerical gear tooth gear 57 and the first upper tooth gear gear 33.

In addition, as the fixed shaft 31 is lowered, the torsion spring 65 and the tension lip 83 are contracted.

In addition, as the other ends of the first connecting arm 71 and the second connecting arm 73 descend along the fixed shaft 31, the first connecting arm 71 and the second connecting arm 73 are connected to each other. The joint bar 69 is pivoted.

In addition, as the joint bar 69 pivots, the upper end of the recovery lever 93 fixedly coupled to the upper end of the joint bar 69 pushes the first recovery plates 85 to the fourth recovery plate 91. In this case, when the recovery lever 93 continuously pushes the first recovery plate 85 to the fourth recovery plate 91, the flattening of the first recovery plate 85 to the fourth recovery plate 91 is performed. As the surface faces the inclined surface of the recovery lever 93, the one-digit number display tooth gear 39 to one thousand number display tooth gear 57 are restored to their initial state.

Meanwhile, when the recovery switch 15 is not pressed, the torsion spring 65 and the tension lip 83 are restored to their original state, and the recovery switch 15 protrudes out of the case 1, and the fixed shaft 31 is guided. The first lower cogwheel 37 to the fourth lower cogwheel 55 fitted to the fixed shaft 31 while rising while being fitted in the grooves 67a and 67b are one-digit number display cogwheels 39 to one thousand numbers. It is again engaged with the display gear gear 57 and the second upper gear gear 35.

On the other hand, the first embodiment of the putter gripping portion 21, as shown in Figures 7 and 8, the top surface is open and the inside of the hollow cylindrical shape of the putter handle 19 through the open top surface The putter gripping portion 21 may be inserted into the inside.

In addition, as shown in FIGS. 9 to 11, the second embodiment of the putter holding part 21 includes a horizontal plate 95 having one end fixedly coupled to the case 1, and a horizontal plate 95. Standing in the vertical direction, one side surface is in contact with the other end of the horizontal plate 95, the vertical plate 97 is bolted to the horizontal plate 95, the end surface is made of 'C' shape, one end and the other end is open and the other end The vertical plate 97 may be made of a C-shaped holder 99 fixedly coupled to the other side, the open side incision surface of the C-shaped holder 99 may be provided with a sliding portion 101 of the inclined shape have.

Accordingly, when the putter handle 19 is pressed against the sliding portion 101, the C-type holder 99 is opened, and the putter handle 19 opens an open side cutaway surface of the C-type holder 99. It is inserted into the inside of the C-shaped holder (99).

Referring to Figures 1 to 11, the process of operating the distance measurer coupled to the putter according to the present invention having the structure as described above is as follows.

First, when rolling the rolling wheel (7) equipped with the present invention to the ground to measure the distance between the golf ball and the hole cup, the wheel rotating shaft (5) integrally combined with the rolling wheel (7) is rotated, the wheel The power transmission gear 9 and the interlocking gear 13 integrally coupled with the rotary shaft 5 are sequentially rotated.

In addition, the distance counter gear bundle 11 is interlocked with the interlocking gear 13 to rotate the daily number display gear 39 and the thousand display gear gear 57 to rotate the distance between the golf ball and the hole cup. Will be displayed.

On the other hand, when the recovery switch 15 is pressed in order to reset the present invention after the distance measurement, the one-digit number display gear gear 39 and the thousand number display gear gear 57 are initialized.

The distance measurer coupled to the putter according to the present invention having such a structure can easily measure the distance from the golf ball to the hole cup without the golfers to measure the distance with the foot on the green or check the distance by asking the caddy.

In addition, the present invention is accurate and easy to know the distance to the hole cup when you push the range finder while observing the terrain from the golf ball on the green to the hole cup, it is convenient to use because it only needs to be inserted into the grip of the putter when distance measurement is required There is an advantage that it can.

In addition, the present invention has the advantage of being mechanically not subjected to external radio waves or light interference, and does not need to periodically change the portable battery.

1. Case 3a. Extension bracket
5. Wheel Spindle 7. Cloud Wheel
9. Power transmission gear 11. Distance counter gear bundle
13. Interlock gear 15. Recovery switch
21.Putter holding part 23. Base plate
25. Left support plate 27. Right support plate
29. Upper rotary shaft 31. Fixed shaft
33. First upper tooth gear 35. Second upper tooth gear
37. 1st lower toothed gear 39. Numbered gears per day
41. First protrusion bar 43. Second lower gear
45. 10-digit numeric display gear 47. Second protrusion bar
49. 3rd lower tooth gear 51. Numbered gears in hundreds
53. Third protrusion bar 55. Fourth lower tooth gear
57. Number display in thousands Gears 59. Rail
65. Torsion Spring 67a. Guide groove
69. Joint bar 71. First connecting arm
73. Second connecting arm 75. First cuboid bar
77. Second cuboid bar 79. Third cuboid bar
81. Fourth Cube Bar 83. Tension Lip
85. First Recovery Plate 87. Second Recovery Plate
89. Third Recovery Plate 91. Fourth Recovery Plate
93. Recovery lever 95. Horizontal plate
97. Vertical Plate 99.C Holder
101. Slip

Claims (5)

A case 1 having two extension brackets 3a and 3b extending side by side;
Wheel rotation shaft (5) disposed between the extension bracket (3a, 3b) and both ends are fixed to the respective extension bracket (3a, 3b)
A rolling wheel (7) disposed between the extension brackets (3a, 3b) and rotated together with the wheel rotation shaft (5) in a state penetrated by the wheel rotation shaft (5);
A power transmission gear 9 which is axially rotated together with the wheel rotating shaft 5 in a state of being fitted to the wheel rotating shaft 5;
An interlocking gear 13 for transmitting the rotational force transmitted from the power transmission gear 9 to the distance counter gear bundle 11 in a state of being inserted into the case 1;
Two or more toothed gears which are driven in engagement with the interlocking gear 13 in the state inserted in the case 1 and two or more numbered toothed gears on which the numbers 0 to 9 are displayed on the outer circumferential surface thereof and then gears between the toothed gears A distance counter gear bundle 11 for measuring and displaying the distance in which the rolling wheels 7 are rotated in real time using the rain;
A counter initialization unit for restoring the number display gear to the initial '0' state when the recovery switch 15 exposed to the outside of the case 1 is pressed;
And a putter that is fixedly coupled to the case (1) and coupled to the putter consisting of a putter gripping portion (21) to which the putter handle (19) is fitted.
The method of claim 1,
The distance counter gear bundle 11 includes a base plate 23;
Left and right support plates 25 and 27 extending side by side in the vertical direction of the base plate 23 from both side surfaces of the base plate 23;
It is disposed between the left support plate 25 and the right support plate 27 and both ends are fixedly coupled to the left support plate 25 and the right support plate 27, respectively, and either end of the left support plate 25 or the right support plate 27. An upper rotary shaft 29 protruding outward from the upper rotary shaft 29;
A fixed shaft disposed between the left support plate 25 and the right support plate 27 and both ends thereof are fixedly coupled to the left support plate 25 and the right support plate 27, respectively and spaced apart from the upper rotary shaft 29 at a predetermined height interval ( 31);
A first upper tooth gear for engaging the interlocking gear 13 to rotate the upper rotating shaft 29 in a state where it is fitted at either end of the upper rotating shaft 29 protruding out of the left supporting plate 25 or the right supporting plate 27. (33);
A second upper tooth gear 35 which is rotated together with the upper rotary shaft 29 when the upper rotary shaft 29 is rotated by the first upper tooth gear 33 in a state of being fitted to the upper rotary shaft 29;
A first lower tooth gear 37 which is penetrated by the fixed shaft 31 and rotates in engagement with a second upper tooth gear 35;
The number unit for measuring the distance of 1 cm unit is fitted to the upper rotary shaft 29 and the tooth gear formed on one side facing the second upper gear gear 35 interlocked with the first lower gear gear 37 to measure the distance in 1cm unit Toothed gear 39;
A first protruding bar 41 extending side by side in an 11-character shape from the other side of the one-digit number display tooth gear 39 that does not face the second upper gear gear 35;
A second lower tooth gear 43 that is coupled by the fixed shaft 31 and rotates when the one-digit numeric display gear 39 is engaged with the first protruding bar 41 by one turn;
The toothed gear is fitted to the upper rotary shaft 29 and is formed on one side facing the unitary numerical display toothed gear 39 is interlocked with the second lower toothed gear 43 and the number is displayed on the outer circumferential surface from 0 to 9 A ten-digit numeric display toothed gear 45 for displaying a distance of 10 cm;
A second protruding bar 47 extending side by side in an 11-character shape from the other side of the ten-digit numeric display gear 45 not facing the one-digit numeric display toothed gear 39;
A third lower tooth gear 49 that is penetrated by the fixed shaft 31 and rotates when the ten-digit numeric display gear 45 is engaged with the second protruding bar 47 by one turn;
The toothed gear is fitted to the upper rotary shaft 29 and is formed on one side facing the ten-digit numbered toothed gear 45 interlocked with the third lower toothed gear 49 and the number is displayed from 0 to 9 on the outer circumferential surface thereof. Hundreds of numbered toothed gears 51 indicating a distance in units of 100 cm;
A third protruding bar 53 extending side by side in the form of an 11 character from the other side of the hundred unit numeral display tooth gear 51 not facing the ten unit numeral display tooth gear 45;
A fourth lower tooth gear 55 which is coupled through the fixed shaft 31 and rotates when the number unit tooth display 51 is engaged with the third protruding bar 53 by one turn;
The toothed gear is fitted to the upper rotary shaft 29 and is formed on one side facing the number unit tooth display 51 with the unit of the hundred is interlocked with the fourth lower toothed gear 55 and the number is displayed from 0 to 9 on the outer circumferential surface Distance measuring device is coupled to the putter, characterized in that consisting of a toothed gear (57) for displaying the number of thousands of units displaying the distance in units of 1000cm.
The method of claim 2,
The counter initializing unit is coupled to the left support plate 25 facing the number unit gear display 57 by the thousands of rails 59, and then the upper and lower surfaces of the left support plate 25 are raised and lowered in the case (1). A recovery switch 15 protruding outwardly and having a bottom surface abutting the fixed shaft 31;
A long hole (63) through which one side of the recovery switch (15) penetrates in the longitudinal direction of the recovery switch (15) and the upper rotary shaft (29) is fitted;
Torsion spring 65, one end and the other end of which is in contact with the base plate 23 and the fixed shaft 31, and elastically pushes up the fixed shaft 31 in a state in which the central shaft is fixed to the left support plate 25. ;
The inner surfaces of the left support plate 25 and the right support plate 27 are cut in the height direction of the left support plate 25 and the right support plate 27 to slide up and down with both ends of the fixed shaft 31 fitted. Guide grooves 67a and 67b to be provided;
A joint bar 69 which is disposed parallel to the fixed shaft 31 and axially rotated while both ends thereof are fixed to the left support plate 25 and the right support plate 27;
A first connection arm 71 having one end fixedly coupled to one end of the joint bar 69 and the other end fitted to the fixed shaft 31;
A second connection arm 73 having one end fixedly coupled to the other end of the joint bar 69 and the other end fitted to the fixed shaft 31;
A first rectangular parallelepiped bar (75) having a rectangular parallelepiped protruding from the first lower toothed gear (37) in the direction of the second lower toothed gear (43) and penetrating by a fixed shaft (31);
A second rectangular parallelepiped bar 77 protruding from the second lower toothed gear 43 in the direction of the first lower toothed gear 37 and penetrated by the fixed shaft 31;
A third rectangular parallelepiped bar (79) bar protruding from the third lower tooth gear 49 in the direction of the second lower tooth gear 43 and penetrating by the fixed shaft 31;
A fourth rectangular parallelepiped bar (81) having a rectangular parallelepiped protruding from the fourth lower toothed gear (55) in the direction of the third lower toothed gear (49) and penetrating by the fixed shaft (31);
One end is fixed to the base plate 23 and the other end is the first rectangular bar 75, the second rectangular bar 77, the third rectangular bar 79, or the fourth rectangular bar 81. A tension lip 83 (rib) which is in contact with the bottom of the bottom and has elasticity and pushes the first rectangular bar 75 to the fourth rectangular bar 81 in the direction of the upper rotary shaft 29;
A first recovery plate (85) formed in a dome shape having one surface penetrated by the upper rotating shaft (29) in a state protruding from the one-digit number display gear (39) in the direction of the second upper gear (35);
The second recovery plate 87 is formed in a dome shape, which is penetrated by the upper rotation shaft 29 and protruded in the state of the ten-digit number display gear gear 45 in the direction of the one-digit number display gear gear 39. ;
A third recovery plate (89) made of a dome shape, which is penetrated by the upper rotary shaft (29) and protruded in the direction of the ten-digit number display gear (45) from the bag unit number display gear (51), and has one surface flat. ;
The fourth recovery plate 91 is formed in a dome shape, which is penetrated by the upper rotating shaft 29 and protruded in a state of protruding from the thousandth numbered toothed gear 57 toward the hundredth numbered toothed gear 51 in one direction. ;
And a first recovery plate when the recovery switch 15 is pressed, when the recovery switch 15 is pressed, the upper edge of the joint bar 69 is erected in the vertical direction of the joint bar 69 and faces the upper rotary shaft 29. And a recovery lever (93) in contact with the (85) to fourth recovery plates (91).
The method of claim 1,
The putter gripping portion 21 is coupled to the putter, characterized in that the top surface is opened and the inside is hollow in the shape of the putter grip portion 21 is inserted into the putter holding portion 21 through the open top surface. Distance meter.
The method of claim 1,
The putter gripping portion 21 has a horizontal plate (95) whose one end is fixedly coupled to the case (1);
A vertical plate (97) which is erected in the vertical direction of the horizontal plate (95) and has one side contacting the other end of the horizontal plate (95) and bolted to the horizontal plate (95);
The end surface is made of 'C' shape, one end and the other end is open and the other end is made of C-shaped holder 99 is fixedly coupled to the other side of the vertical plate 97,
An open side incision surface of the C-type holder 99 is a distance measurer coupled to the putter, characterized in that the sliding portion 101 is provided with a slope.

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